Industrial applications of laser-based profilometry have rapidly evolved over the past ten years. During this time, QUEST Integrated, Inc., has been actively involved in developing systems for a wide variety of NDE and quality control applications. Employing the principle of optical triangulation, sensors have been developed for applications ranging from measuring 0.25-inch-diameter tubing to mapping a 24-inch-diameter nozzle 70 feet underwater. Three-dimensional contour maps can be rapidly and accurately generated that allow operators to obtain quantitative information regarding the condition of test articles
Holographic Interferometry techniques have been succesfully employed to characterize and test the be...
To interrogate the internal structure of a part using conventional ultrasonic testing, pulsed elasti...
Since first developed by Lemons and Quate in 1973 [1], scanning acoustic microscopy has been able to...
Nondestructive testing is a vital tool in the effort to ensure the quality of mechanically highly-lo...
The trend toward intelligent manufacturing has produced an increase in the need for sensors which ca...
Composite materials have received wide-spread attention because of their enhanced mechanical propert...
The ultrasonic monitoring system described in this work was installed in a copper plate mill which u...
Performance of many engineering components depends to a large extent on their near surface character...
The use of composite materials has increased steadily during the past two decades, particularly for ...
Acquisition and analysis of inspection capability data for volumetric NDE techniques, such as ultras...
The analysis of NDT data is a problem of growing importance and complexity, encountered in many indu...
Composite materials are currently seeing wider use in the aerospace and automobile industries. Compo...
High temperature composites have potential for significant performance improvement and weight reduct...
Many researchers have used Rayleigh wave dispersion measurements to examine surface and subsurface m...
Mechanical properties of materials are significantly affected by changes in the surface microstructu...
Holographic Interferometry techniques have been succesfully employed to characterize and test the be...
To interrogate the internal structure of a part using conventional ultrasonic testing, pulsed elasti...
Since first developed by Lemons and Quate in 1973 [1], scanning acoustic microscopy has been able to...
Nondestructive testing is a vital tool in the effort to ensure the quality of mechanically highly-lo...
The trend toward intelligent manufacturing has produced an increase in the need for sensors which ca...
Composite materials have received wide-spread attention because of their enhanced mechanical propert...
The ultrasonic monitoring system described in this work was installed in a copper plate mill which u...
Performance of many engineering components depends to a large extent on their near surface character...
The use of composite materials has increased steadily during the past two decades, particularly for ...
Acquisition and analysis of inspection capability data for volumetric NDE techniques, such as ultras...
The analysis of NDT data is a problem of growing importance and complexity, encountered in many indu...
Composite materials are currently seeing wider use in the aerospace and automobile industries. Compo...
High temperature composites have potential for significant performance improvement and weight reduct...
Many researchers have used Rayleigh wave dispersion measurements to examine surface and subsurface m...
Mechanical properties of materials are significantly affected by changes in the surface microstructu...
Holographic Interferometry techniques have been succesfully employed to characterize and test the be...
To interrogate the internal structure of a part using conventional ultrasonic testing, pulsed elasti...
Since first developed by Lemons and Quate in 1973 [1], scanning acoustic microscopy has been able to...